Dead Spase Plasma Cutter

Dead Spase Plasma Cutter 3D print model

Description

This is a replica of Isaac Clark's Plasma Cutter from the third part of the cult game Dead Space. Plasma cutter is the calling card of a series of games about a space engineer destroying necromorphs. This is a real gift for connoisseurs and collectors. We tried to recreate the most accurate copy of this tool. With the possibility of installing a servo, for turning the blades (yes, straight, as in the game), as well as for installing lasers and a battery compartment.

Read the description carefully!

Attention: this is NOT a physical object. This is a digital 3D printing model! Refunds for this claim are not accepted!

This is a rather complex model, which consists of a large number of small parts. In addition, for full functioning, you will need to purchase lasers, a control board, a servo drive and a power battery separately, and solder it all together. So before buying, make sure that you are ready for such DIY work.

NOTES:

  • We used a standard SG90 type servo (as in the last screenshot), as well as a small Arduino board.
  • We have attached the file for the board, but it is better to check it.
  • An 18650 battery is used as a power supply.
  • The servo is connected to the axis of the rotary frame by means of two wire brackets. (You'll have to install them yourself)
  • All bolt holes are designed for 4mm and 3mm bolts with an internal hexagon. So we do not recommend changing the overall scale of the model.
  • It is also important, before printing, we strongly recommend opening all files in a program like Nettfabb or its equivalent, in order to study how the plasma cutter assembly looks and in which places certain parts are located, this will greatly help you during assembly.

If you liked our model, please leave a review or comment.

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Dead Spase Plasma Cutter
$80.00
 
Custom License 
Dead Spase Plasma Cutter
$80.00
 
Custom License 
Response 85% in 2.9h
3D Modeling
3D Print Modeling
Low-poly Modeling
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3D Model formats

Format limitations
  • Stereolithography (.stl) (54 files)106 MB
  • 3D Studio (.3ds)442 KB
  • amf (.amf)100 KB
  • OBJ (.obj, .mtl)683 KB

3D Model details

  • Publish date2022-06-03
  • Model ID#3794311
  • Ready for 3D Printing
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